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Programmable DC Pulse Power Supply

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Programmable DC Pulse Power Supply Specification

Product Type
Programmable DC Pulse Power Supply

Input Voltage
AC 220V 10%, 50/60Hz

Output Voltage
0-100V DC

Output Power
5 kW

Output Frequency
0.1Hz - 1kHz (programmable pulse)

Conductor
Copper

Usage
Electroplating, laboratory testing, industrial process control

DC Power Supply
Yes

Voltage Stability
0.2%

Efficiency
90%

Ripple
0.5%

Load Regulation
0.3%

Size
420mm x 400mm x 132mm

Weight
18 kg

Ambient Temperature
-10°C ~ +45°C

Cooling System
Forced Air Cooling

Control Interface
Digital (RS485, optional Ethernet)

Max Output Current
0-50A

Humidity Range
<90% RH (non-condensing)

Pulse Mode
Adjustable (Pulse width, frequency, duty cycle)

Protection Features
Over-voltage, Over-current, Over-temperature, Short-circuit

Remote Control
Supported

Display
LCD Digital Meter

About Programmable DC Pulse Power Supply

Programmable DC Pulse Power Supply offered by us requires a DC power supply that can deliver voltage and current with accuracy and precision while generating the least amount of noise.It establishes how closely the internally measured data matches the output voltage's theoretical value. The voltage and current being produced by the power supply output are measured by these circuits. Programmable DC Pulse Power Supply has built-in circuitry for sensing voltage and current. This supply is very effective as well as economical to use.

Precise Programmability and Control

Configure your power supply for a wide array of applications with fully adjustable pulse width, duty cycle, and output frequency (0.1Hz - 1kHz). Digital interfaces (RS485 and optional Ethernet) and remote control capabilities allow seamless integration into automated laboratory or industrial setups. The LCD digital meter ensures clear, accurate monitoring at all times.

Safety and Robust Protection Features

Equipped with comprehensive protection against over-voltage, over-current, over-temperature, and short-circuit conditions, this DC power supply delivers peace of mind for continuous, unattended operations. Forced air cooling maintains safe component temperatures even under demanding workloads.

Optimized for Performance and Efficiency

With a voltage stability of 0.2%, ripple 0.5%, and efficiency of at least 90%, this power supply supports consistent and reliable output. Its solid copper conductors and robust build (18 kg) make it suitable for harsh environments, with an operational range from -10C to +45C and humidity up to 90% RH.

FAQs of Programmable DC Pulse Power Supply:

Q: How can I program and control the pulse parameters on this DC power supply?

A: You can program the pulse width, frequency (0.1Hz to 1kHz), and duty cycle using the LCD digital interface or via remote control through RS485 or optional Ethernet connections, allowing both local and remote configuration.

Q: What protection features are included to safeguard the supply and connected equipment?

A: The unit is equipped with over-voltage, over-current, over-temperature, and short-circuit protection mechanisms, ensuring safe operation for your devices and the power supply itself even in the event of a fault.

Q: When should this programmable power supply be used, and in which applications does it excel?

A: This power supply is ideal for use in electroplating, laboratory testing, and industrial process control environments, especially where programmable pulse output and high stability are required.

Q: Where can this power supply be installed for optimal performance?

A: It can be installed in laboratories, manufacturing plants, and industrial setups within the ambient temperature range of -10C to +45C, with humidity less than 90% RH (non-condensing) to ensure reliable operation.

Q: What is the process for connecting the supply for remote control and monitoring?

A: To enable remote control, connect the power supply to your control system using the RS485 digital interface or optional Ethernet module, and configure the settings via the included software or a compatible central control system.

Q: What are the main benefits of using this programmable pulse power supply in my operations?

A: Key benefits include high voltage and current stability, minimal ripple, robust protection schemes, flexible remote operations, and programmable pulse output, all of which enhance precision and reliability in demanding applications.

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